Sentence examples for matrix composites that from inspiring English sources

In this paper a novel concept to design cement matrix composites that exhibit high damping capacity as well as good mechanical performance around room temperature was suggested.

Aluminium hybrid composites are a new generation of metal matrix composites that have the potentials of satisfying the recent demands of advanced engineering applications.

A novel concept to design metal matrix composites that exhibit high damping capacity as well as good mechanical performance at room temperature was suggested in this paper.

This paper discusses the feasibility of processing Ti TiBw dual matrix composites that could overcome these shortcomings, by generating composite microstructures consisting of TiBw Ti composite regions separated by a ductile Ti matrix.

A new methodology is presented for computer simulations of realistic microstructures of discontinuously reinforced metal matrix composites that incorporates realistic complex particle morphologies/shapes and realistic spatially non-uniform (clustered) distributions of particles.

The introduction of uniformly dispersed nanoscale reinforcement particles into a metal matrix results in metal matrix composites that may have better mechanical properties, electrical conductivity, thermal conductivity, wear resistance, corrosion resistance, and high temperature and oxidation resistance [7].

Finally, for a polymeric matrix composite that is subjected to a transverse normal loading, the effect of imperfect bonding between the shape memory alloy fibers and the neighboring matrix is investigated.

Five applications are presented which include, in particular, the prediction of the dynamic field generated by the sudden appearance of H-cracks in a periodically layered ceramic matrix composite that is subjected to initial in-plane tension, in-plane and out-of-plane shears.

The present research was aimed at developing magnesium-matrix composites that could allow effective control over their physiochemical and mechanical responses when in contact with physiological solutions.

This study proposes a new computational model for polyamid-matrix woven composites that takes into account rate effects for high speed impact applications.

Coatings such as BN alone or SiC/BN double coating function effectively for mullite fiber/mullite matrix composites in that they provide a nonbrittle fracture and increased work of fracture at room temperature.